Bệnh nhân đang cách ly tại Bệnh viện đa khoa tỉnh Thanh Hóa dương tính với virus Corona

Tô Hà 17:57 30/01/2020

(Baothanhhoa.vn) - 16 giờ 30 ngày 30-1, kết quả xét nghiệm của Viện Vệ sinh Dịch tễ Trung ương, bệnh nhân trở về từ Vũ Hán (Trung Quốc) đang cách ly và điều trị tại Bệnh viện đa khoa tỉnh Thanh Hóa có kết quả dương tính với virus nCoV.

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